The greater the intensity of the light, the more voltage the Arduino sees at the connected pin.
光照越强，Arduino在连接插脚处读取的电压越多。
The experimental system used a LD as light source, a PIN as detector, and a PC to acquire output signal and data process.
实验系统采用LD为信号光源，PIN管为光电检测器，并利用PC机对信号进行数据采集和处理。
A high-power laser diode module is used as the light source, and a PIN photodiode with high performance is used as the photo-detector.
以高功率半导体激光器作为光源，同时采用高性能的PIN型光电二极管作为光电探测器。
The quantum efficiencies of PIN photo-detector before and after using UV glue are tested respectively, and the light transmission characteristic is still tested.
通过对引入紫外胶前后探测器量子效率的测试与对比，论证了紫外胶在半导体探测器制作工艺中的可用性。
The quantum efficiencies of PIN photo-detector before and after using UV glue are tested respectively, and the light transmission characteristic is still tested.
通过对引入紫外胶前后探测器量子效率的测试与对比，论证了紫外胶在半导体探测器制作工艺中的可用性。
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